Improved structure of furnace body

Abstract

The invention relates to an improved structure of a furnace body. The improved structure of the furnace body is characterized in that the wall surface part of the furnace body is provided with an inner wall and an outer wall; the inner wall and the outer wall are connected and jointed through a plurality of floating embedded connectors; low-conductivity-coefficient elements are arranged among the inner wall, the outer wall and the plurality of floating embedded connectors; a heat source train of a heat source part arranged in the furnace body is charcoal fire, wood fire, mash gas fire or electroheat fire; through the plurality of floating embedded connectors arranged between the inner wall and the outer wall, the transfer distance of the high heat generated by the heat source part is prolonged, and the contact area of heat transfer is reduced; through the plurality of floating embedded connectors arranged between the inner wall and the outer wall and the low-conductivity-coefficient elements, the thermal conductivity is reduced, the outer wall of the wall surface part of the furnace body is lowered to a second temperature, and at the same time a to-be-heated part in the furnace body is maintained at a stable first high temperature; and through one or a plurality of layers of water-cooling troughs and in cooperation with a cooling water disc, a ceramic paint layer and a low-conductivity-coefficient material layer, the outer wall of the furnace body is lowered to a third or fourth temperature, so that the outer wall can be safely contacted by a human body and used indoor, and the effects of good use safety and high humidifying and warming-up efficiency are achieved.

Description

technical field

[0001] The invention relates to an improved structure of a furnace body, in particular to an improved structure of a furnace body applied to heat insulation, cooling and maintaining high temperature thermal efficiency structure of the furnace body. Background technique

[0002] According to the currently known structures of household or industrial stoves, the heat-insulating walls are sandwiched by metal cladding with heat-insulating materials, or heat-insulating materials are arranged outside the metal cladding, and the outer surface of the metal cladding is reduced by intervals. The temperature of the surface, such as Patent No. M330350, M343690, M356789 and M301629, also has a heat insulation structure with a vacuum layer or an inert air layer in the metal clad layer. Reduce the temperature of the outer surface of the metal cladding, such as patent certificate No. M 360911 and patent announcement Nos. 381005 and 319684, and the metal cladding of the above-...

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